import { BracketPaddingType } from "./BracketPaddingType";
import { PaddedFormattingTokens } from "./PaddedFormattingTokens";
import { JsonItem } from "./JsonItem";
import { NumberListAlignment } from "./NumberListAlignment";
import { IBuffer } from "./IBuffer";
import { TableColumnType } from "./TableColumnType";
export declare class TableTemplate {
    /**
     * The property name in the table that this segment matches up with.
     */
    LocationInParent: string | undefined;
    /**
     * Type of the column, for table formatting purposes.  Numbers have special options.  Arrays or objects can
     * have recursive sub-columns.  If they're other simple types or if there's a mix of types, we basically
     * treat them as strings (no recursion).
     */
    Type: TableColumnType;
    RowCount: number;
    /**
     * Length of the longest property name.
     */
    NameLength: number;
    /**
     * Length of the shortest property name.
     */
    NameMinimum: number;
    /**
     * Largest length for the value parts of the column, not counting any table formatting padding.
     */
    MaxValueLength: number;
    /**
     * Length of the largest value that can't be split apart; i.e., values other than arrays and objects.
     */
    MaxAtomicValueLength: number;
    PrefixCommentLength: number;
    MiddleCommentLength: number;
    AnyMiddleCommentHasNewline: boolean;
    PostfixCommentLength: number;
    IsAnyPostCommentLineStyle: boolean;
    PadType: BracketPaddingType;
    RequiresMultipleLines: boolean;
    /**
     * Length of the value for this template when things are complicated.  For arrays and objects, it's the sum of
     * all the child templates' lengths, plus brackets and commas and such.  For number lists, it's the space
     * required to align them as appropriate.
     */
    CompositeValueLength: number;
    /**
     * Length of the entire template, including space for the value, property name, and all comments.
     */
    TotalLength: number;
    /**
     * If the row contains non-empty array or objects whose value is shorter than the literal null, an extra adjustment
     * is needed.
     */
    ShorterThanNullAdjustment: number;
    /**
     * True if at least one row in the column this represents has a null value.
     */
    ContainsNull: boolean;
    /**
     * If this TableTemplate corresponds to an object or array, Children contains sub-templates
     * for the array/object's children.
     */
    Children: TableTemplate[];
    constructor(pads: PaddedFormattingTokens, numberListAlignment: NumberListAlignment);
    /**
     * Analyzes an object/array for formatting as a table, formatting as a compact multiline array, or
     * formatting as an expanded object with aligned properties.  In the first two cases, we measure recursively so
     * that values nested inside arrays and objects can be aligned too.
     *
     * The item given is presumed to require multiple lines.  For table formatting, each of its children is
     * expected to be one row.  For compact multiline arrays, there will be multiple children per line, but they
     * will be given the same amount of space and lined up neatly when spanning multiple lines.  For expanded
     * object properties, the values may or may not span multiple lines, but the property names and the start of
     * their values will be on separate lines, lined up.
     */
    MeasureTableRoot(tableRoot: JsonItem, recursive: boolean): void;
    /**
     * Check if the template's width fits in the given size.  Repeatedly drop inner formatting and
     * recompute to make it fit, if needed.
     *
     * Fully expanded, an array might look like this when table-formatted.
     *
     * [
     *     { "a": 3.4, "b":   8, "c": {"x": 2, "y": 16        } },
     *     { "a": 2,   "b": 301, "c": {        "y": -4, "z": 0} }
     * ]
     *
     * If that's too wide, the template will give up trying to align the x,y,z properties but keep the rest.
     *
     * [
     *     { "a": 3.4, "b":   8, "c": {"x": 2, "y": 16} },
     *     { "a": 2,   "b": 301, "c": {"y": -4, "z": 0} }
     * ]
     */
    TryToFit(maximumLength: number): boolean;
    /**
     * Added the number, properly aligned and possibly reformatted, according to our measurements.
     * This assumes that the segment is a number list, and therefore that the item is a number or null.
     */
    FormatNumber(buffer: IBuffer, item: JsonItem, commaBeforePadType: string): void;
    /**
     * Length of the largest item - including property name, comments, and padding - that can't be split across
     * multiple lines.
     */
    AtomicItemSize(): number;
    private static readonly _trulyZeroValString;
    private static readonly _dotOrE;
    private static readonly _maxCharsForNormalize;
    private readonly _pads;
    private _numberListAlignment;
    private _maxDigBeforeDec;
    private _maxDigAfterDec;
    /**
     * Adjusts this TableTemplate (and its children) to make room for the given rowSegment (and its children).
     */
    private MeasureRowSegment;
    private PruneAndRecompute;
    private GetTemplateComplexity;
    private ContainsDuplicateKeys;
    private GetNumberFieldWidth;
}